8, is designed for maximum throughput and scalability, including environments with over a million connections. It supports non-blocking and blocking handlers, traditional and asynchronous servlets, and JSR-356 web socket handlers. It is highly customizable, with the ability for applications to implement nearly anything from dynamic request routing to custom protocols. It can also function as a very efficient, pure non-blocking reverse proxy, allowing WildFly to delegate to other web servers with minimal impact to running applications. This release adds numerous improvements including greater extensibility and enhanced security capabilities. https://www.wildfly.org/news/2014/02/12/WildFly8-Final-Released/ 7
8, is designed for maximum throughput and scalability, including environments with over a million connections. It supports non-blocking and blocking handlers, traditional and asynchronous servlets, and JSR-356 web socket handlers. It is highly customizable, with the ability for applications to implement nearly anything from dynamic request routing to custom protocols. It can also function as a very efficient, pure non-blocking reverse proxy, allowing WildFly to delegate to other web servers with minimal impact to running applications. This release adds numerous improvements including greater extensibility and enhanced security capabilities. https://www.wildfly.org/news/2014/02/12/WildFly8-Final-Released/ 8
8, is designed for maximum throughput and scalability, including environments with over a million connections. It supports non-blocking and blocking handlers, traditional and asynchronous servlets, and JSR-356 web socket handlers. It is highly customizable, with the ability for applications to implement nearly anything from dynamic request routing to custom protocols. It can also function as a very efficient, pure non-blocking reverse proxy, allowing WildFly to delegate to other web servers with minimal impact to running applications. This release adds numerous improvements including greater extensibility and enhanced security capabilities. https://www.wildfly.org/news/2014/02/12/WildFly8-Final-Released/ 9
8, is designed for maximum throughput and scalability, including environments with over a million connections. It supports non-blocking and blocking handlers, traditional and asynchronous servlets, and JSR-356 web socket handlers. It is highly customizable, with the ability for applications to implement nearly anything from dynamic request routing to custom protocols. It can also function as a very efficient, pure non-blocking reverse proxy, allowing WildFly to delegate to other web servers with minimal impact to running applications. This release adds numerous improvements including greater extensibility and enhanced security capabilities. https://www.wildfly.org/news/2014/02/12/WildFly8-Final-Released/ 10
8, is designed for maximum throughput and scalability, including environments with over a million connections. It supports non-blocking and blocking handlers, traditional and asynchronous servlets, and JSR-356 web socket handlers. It is highly customizable, with the ability for applications to implement nearly anything from dynamic request routing to custom protocols. It can also function as a very efficient, pure non-blocking reverse proxy, allowing WildFly to delegate to other web servers with minimal impact to running applications. This release adds numerous improvements including greater extensibility and enhanced security capabilities. https://www.wildfly.org/news/2014/02/12/WildFly8-Final-Released/ 11
–> Netty * Смена лидера проекта https://undertow.io/blog/2019/04/15/Undertow-3.html 34 Undertow 1.0 — 10.02.2014 WildFly 8.0 — 12.02.2014 апрель 2018 2009 апрель 2019 наши дни Spring Boot 1.2.0 — 11.12.2014 Stuart Douglas -> Flavia Rainone
final class HttpString implements Comparable<HttpString>, Serializable { private final byte[] bytes; private final transient int hashCode; /** * For well known header to make comparison fast */ private final int orderInt; private transient String string; /* ... */ 160
final class HttpString implements Comparable<HttpString>, Serializable { private final byte[] bytes; private final transient int hashCode; /** * For well known header to make comparison fast */ private final int orderInt; private transient String string; /* ... */ 161
final class HttpString implements Comparable<HttpString>, Serializable { private final byte[] bytes; private final transient int hashCode; /** * For well known header to make comparison fast */ private final int orderInt; private transient String string; /* ... */ 162
C 0x63 c 0x44 D 0x64 d 0x45 E 0x65 e 0x46 F 0x66 f ... 0x57 W 0x77 w 0x58 X 0x78 x 0x59 Y 0x79 y 0x5A Z 0x7A z 165 private static int higher(byte b) { return b & (b >= 'a' && b <= 'z' ? 0xDF : 0xFF); }
C 0x63 c 0x44 D 0x64 d 0x45 E 0x65 e 0x46 F 0x66 f ... 0x57 W 0x77 w 0x58 X 0x78 x 0x59 Y 0x79 y 0x5A Z 0x7A z 166 private static int higher(byte b) { return b & (b >= 'a' && b <= 'z' ? 0xDF : 0xFF); }
final class HttpString implements Comparable<HttpString>, Serializable { private final byte[] bytes; private final transient int hashCode; /** * For well known header to make comparison fast */ private final int orderInt; private transient String string; /* ... */ 167
final class HttpString implements Comparable<HttpString>, Serializable { private final byte[] bytes; private final transient int hashCode; /** * For well known header to make comparison fast */ private final int orderInt; private transient String string; /* ... */ 168
public static final HttpString ACCEPT_CHARSET = new HttpString(ACCEPT_CHARSET_STRING, 2); public static final HttpString ACCEPT_ENCODING = new HttpString(ACCEPT_ENCODING_STRING, 3); 169
public static final HttpString ACCEPT_CHARSET = new HttpString(ACCEPT_CHARSET_STRING, 2); public static final HttpString ACCEPT_ENCODING = new HttpString(ACCEPT_ENCODING_STRING, 3); 170 HttpString.orderInt